These Stainless Steel Bicycles Were Welded Using a Robotic Arm
Rahul Kalvapalle — February 4, 2016 — Autos
A group of students at the Delft University of Technology in the Netherlands have managed to create the world's very first stainless steel bicycle using innovative welding techniques that took advantage of 3D-printing technology.
The students worked in collaboration with Amsterdam-based company MX3D to create the bicycle, which is called the Arc bicycle. This bicycle weighs about the same as a traditionally constructed steel-framed bicycle, and despite its porous appearance, is more than capable of navigating rough and uneven cobblestone streets.
The 3D printer used was the Mataerial, which uses a special robotic arm to extrude resin onto vertical and horizontal services alike. The resin can then be curved and linked to create different shapes.
These stainless steel bicycles are innovative in design and construction, and the technique used to create them is promising in that it manages to integrate 3D-printing with bicycle design in an unprecedented manner.
The students worked in collaboration with Amsterdam-based company MX3D to create the bicycle, which is called the Arc bicycle. This bicycle weighs about the same as a traditionally constructed steel-framed bicycle, and despite its porous appearance, is more than capable of navigating rough and uneven cobblestone streets.
The 3D printer used was the Mataerial, which uses a special robotic arm to extrude resin onto vertical and horizontal services alike. The resin can then be curved and linked to create different shapes.
These stainless steel bicycles are innovative in design and construction, and the technique used to create them is promising in that it manages to integrate 3D-printing with bicycle design in an unprecedented manner.
Trend Themes
1. 3d-printed Steel Bicycles - The use of 3D-printing technology in creating stainless steel bicycles opens up the possibility for customizable and efficient bike production.
2. Innovative Welding Techniques - Utilizing innovative welding techniques in the production of stainless steel bicycles allows for strong and durable bike frames with unique designs.
3. Integration of 3d-printing and Bicycle Design - The integration of 3D-printing technology into the design process of bicycles presents opportunities for enhanced customization and improved performance.
Industry Implications
1. Manufacturing - The manufacturing industry can leverage the innovative welding techniques used in creating 3D-printed steel bicycles to improve the production of other metal-based products.
2. Transportation - The transportation industry can explore the use of 3D-printing technology in creating lightweight and durable components for various vehicles, including bicycles.
3. Design - The design industry can take inspiration from the integration of 3D-printing technology and bicycle design to explore new possibilities in product creation and customization.
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